KW V3 Clubsport coilover suspension
including stainless steel support bearings
Track day-oriented high-performance chassis with motorsport technology – maximum precision, high stability and full control during sporty driving.
Description
The KW V3 Clubsport coilover suspension is the logical evolution of the V3 for drivers with a clear focus on performance. Based on motorsport damper technology, it offers independent adjustment of rebound and compression damping as well as uniball top mounts on the front axle for maximum precision and direct road contact. Developed for ambitious street drivers and regular track day use.
Damper technology & adjustment options
- Independently adjustable rebound damping
- Separately adjustable compression level
- Racing-inspired valve technology
- High thermal resistance under continuous stress
- Fine-tuning for road, mountain pass and track day
Driving dynamics & performance
- Extremely precise steering response
- Significantly increased lateral forces
- Minimized roll and pitch movements
- Direct feedback without rubber bearing distortion
- High driving stability even when driving very sportily.
Support bearings & chassis geometry
- Uniball support bearing on the front axle
- Improved wheel guidance and steering precision
- Direct power transmission without elastic delay
- Optimal conditions for precise axle geometry
Construction & Materials
- KW INOX-LINE stainless steel damper housing
- Linear motorsport springs
- Fine thread adjustment for precise lowering
- Vehicle-specific damper and spring tuning
- Designed and manufactured in Germany
Area of application
Ideal for sport-oriented drivers who regularly attend track days and demand maximum precision and reproducible performance without completely sacrificing road suitability.
Notes
Due to its motorsport-inspired design, we recommend that installation, wheel alignment, and setup be carried out exclusively by a qualified specialist workshop . Individual suspension tuning is crucial for safety and performance.
© Kraftfahrzeug Technik Hannover (KTH)
